badcow / dns
A PHP library for creating DNS zone files based on RFC1035
Installs: 138 074
Dependents: 9
Suggesters: 0
Security: 0
Stars: 259
Watchers: 14
Forks: 39
Open Issues: 5
Requires
- php: ^8.0
- christian-riesen/base32: ^1.5.2
- rlanvin/php-ip: ^3.0
Requires (Dev)
- friendsofphp/php-cs-fixer: ^3.5.0
- phpstan/phpstan: ^1.4
- phpunit/phpunit: ^9.0
- dev-master
- v4.3.0
- v4.2.x-dev
- v4.2.1
- v4.2.0
- v4.1.1
- v4.1.0
- v4.0.0
- v3.5.0
- v3.4.1
- v3.4.0
- v3.3.0
- v3.2.1
- v3.2.0
- v3.1.0
- v3.0.2
- v3.0.1
- v3.0
- v2.4.0
- v2.3.2
- v2.3.1
- v2.3
- v2.2
- v2.1.1
- v2.1.0
- v2.0.2
- v2.0.1
- v2.0
- v1.3
- v1.2
- v1.1.2
- v1.1.1
- v1.1
- v1.0
- v0.19
- v0.18
- v0.17
- v0.16
- v0.15
- v0.14
- v0.13
- v0.12
- v0.11
- v0.10
- v0.9
- v0.8
- v0.7
- v0.6
- v0.5
- v0.4
- v0.3
- v0.2
- v0.1
- dev-php-ip-update
- dev-issue-107
This package is auto-updated.
Last update: 2024-11-06 14:23:32 UTC
README
The aim of this project is to create abstract object representations of DNS records in PHP. The project consists of various
classes representing DNS objects (such as Zone
, ResourceRecord
, and various RData
types), a parser to convert BIND
style text files to the PHP objects, and builders to create aesthetically pleasing BIND records.
The library can parse and encode DNS messages enabling developers to create DNS client/server platforms in pure PHP.
Build Status
Contents
Example usage
require_once '/path/to/vendor/autoload.php'; use Badcow\DNS\Classes; use Badcow\DNS\Zone; use Badcow\DNS\Rdata\Factory; use Badcow\DNS\ResourceRecord; use Badcow\DNS\AlignedBuilder; $zone = new Zone('example.com.'); $zone->setDefaultTtl(3600); $soa = new ResourceRecord; $soa->setName('@'); $soa->setClass(Classes::INTERNET); $soa->setRdata(Factory::Soa( 'example.com.', 'post.example.com.', '2014110501', 3600, 14400, 604800, 3600 )); $ns1 = new ResourceRecord; $ns1->setName('@'); $ns1->setClass(Classes::INTERNET); $ns1->setRdata(Factory::Ns('ns1.nameserver.com.')); $ns2 = new ResourceRecord; $ns2->setName('@'); $ns2->setClass(Classes::INTERNET); $ns2->setRdata(Factory::Ns('ns2.nameserver.com.')); $a = new ResourceRecord; $a->setName('sub.domain'); $a->setRdata(Factory::A('192.168.1.42')); $a->setComment('This is a local ip.'); $a6 = new ResourceRecord; $a6->setName('ipv6.domain'); $a6->setRdata(Factory::Aaaa('::1')); $a6->setComment('This is an IPv6 domain.'); $mx1 = new ResourceRecord; $mx1->setName('@'); $mx1->setRdata(Factory::Mx(10, 'mail-gw1.example.net.')); $mx2 = new ResourceRecord; $mx2->setName('@'); $mx2->setRdata(Factory::Mx(20, 'mail-gw2.example.net.')); $mx3 = new ResourceRecord; $mx3->setName('@'); $mx3->setRdata(Factory::Mx(30, 'mail-gw3.example.net.')); $zone->addResourceRecord($soa); $zone->addResourceRecord($mx2); $zone->addResourceRecord($ns1); $zone->addResourceRecord($mx3); $zone->addResourceRecord($a); $zone->addResourceRecord($a6); $zone->addResourceRecord($ns2); $zone->addResourceRecord($mx1); $builder = new AlignedBuilder(); echo $builder->build($zone);
Output
$ORIGIN example.com. $TTL 3600 @ IN SOA ( example.com. ; MNAME post.example.com. ; RNAME 2014110501 ; SERIAL 3600 ; REFRESH 14400 ; RETRY 604800 ; EXPIRE 3600 ; MINIMUM ) ; NS RECORDS @ IN NS ns1.nameserver.com. @ IN NS ns2.nameserver.com. ; A RECORDS sub.domain A 192.168.1.42; This is a local ip. ; AAAA RECORDS ipv6.domain AAAA ::1; This is an IPv6 domain. ; MX RECORDS @ MX 10 mail-gw1.example.net. @ MX 20 mail-gw2.example.net. @ MX 30 mail-gw3.example.net.
The above is an example of the AlignedBuilder
which creates records that are much more aesthetically pleasing. You can
also use the flat ZoneBuilder
, the output of which is below:
... echo ZoneBuilder::build($zone);
$ORIGIN example.com. $TTL 3600 @ IN SOA example.com. post.example.com. 2014110501 3600 14400 604800 3600 @ MX 20 mail-gw2.example.net. @ IN NS ns1.nameserver.com. @ MX 30 mail-gw3.example.net. sub.domain A 192.168.1.42; This is a local ip. ipv6.domain AAAA ::1; This is an IPv6 domain. @ IN NS ns2.nameserver.com. @ MX 10 mail-gw1.example.net.
Supported Types
All ubiquitous DNS types are supported. For full details on supported types see the Documentation.
Parsing BIND Records
BIND Records can be parsed into PHP objects using Badcow\DNS\Parser\Parser
$file = file_get_contents('/path/to/example.com.txt'); $zone = Badcow\DNS\Parser\Parser::parse('example.com.', $file); //Badcow Zone Object
Simple as that.
More examples can be found in the The Docs